Sensors & Load Management,
Multi Function Displays
Intercal8’s LOMA Load Managers use advanced Electronic Circuit Breaker (ECB) technology to deliver intelligent, programmable control of electrical loads across industrial, commercial, and automation applications. Fully customizable to meet the needs of unique systems, LOMA is built on hardware, firmware, and software we fully own—enabling tailored integration, real-time monitoring, and rule-based control through SCADA or standard industrial protocols like MODBUS, J1939, and CAN Open.
ICL8 - EB104
Intercal8 ICL8-EB104 panel mountable controllers that manage the load circuits feature a 4” display and provide manual and algorithmic controls of the circuits that are connected to the LC, GP and PC class of power and load control subsystems.
Intercal8’s LOMA family of Load Managers—powered by our Electronic Circuit Breaker (ECB) technology—provides a flexible, intelligent interface for monitoring, controlling, and managing electrical loads across a wide range of applications. From commercial and industrial (C&I) systems to battery energy storage, data centers, automation systems, residential buildings, and even recreational vehicles, LOMA enables smart, software-defined power management at the edge of energy infrastructure.
ICL8-GP515
Isolated General Purpose Industrial I/O Controller
The ICL8-GP515 stands as a definitive general-purpose industrial I/O controller, offering unparalleled versatility and resilience for demanding applications. With its 1500V isolated ports, the GP515 provides robust industrial I/O functionality, encompassing precise 4-20mA analog input and output capabilities, direct digital input reading, and reliable state feedback relays for dry contact outputs.
This system is engineered not just for simple actuation and indication in sensitive medical, industrial, automotive, or defense systems (ensuring critical system resilience), but also for sophisticated algorithmic and resilient switching, driving contactor banks in high-power EV charging and BESS applications. Moreover, the ICL8-GP515 is uniquely positioned as an ideal solution for Functional Safety applications, serving as either a primary or secondary controller to meet stringent safety integrity requirements. Trust the GP515 for intelligent, isolated, and highly dependable control across your most critical operations.
“Load Managers” give installers, system designers, and operators the tools to define control rules, quantify power levels, monitor subsystem heartbeats, and reset or restart devices—all while enabling energy-saving behaviors and seamless integration of main and backup power sources. Power states can be programmatically controlled using signal and command inputs for real-time enable/disable functionality, helping to reduce waste and extend system uptime.
ICL8 - GP516
Industrial I/O & Sensing Controller for High-Reliability Systems
The ICL8-GP516 significantly expands upon the proven resilience of the GP515, delivering advanced sensing and control capabilities specifically engineered for high-reliability energy systems. Beyond its robust resilient switching and 1500V isolated outputs, the GP516 introduces per-channel load current measurement, enabling invaluable real-time feedback and intelligent load diagnostics.
This controller expertly resolves various sensor input signals—including PWM, PFM, and PDM—converting them into precise digital values for seamless integration with external control systems. The GP516 further enhances safety with robust high-voltage interlock monitoring and optionally includes a 4–20mA current source, facilitating the design of highly dependable HV interlock loops.
Engineered with a SIL rating compatible architecture, redundant dual controllers, and fail-safe mode operation, the GP516 stands as the definitive solution for critical applications. It is indispensable for demanding EV systems, advanced battery energy storage (BESS), and vital medical, automotive, data centers and defense environments where uncompromising safety, precision control, and paramount system resilience are non-negotiable.
LOMA interfaces are accessible via the ICL8-EB104 SCADA platform or through industry-standard protocols like MODBUS (RS-485), J1939, and CAN Open over CAN Bus, making them ideal for embedded and supervisory energy control.
With LOMA, Intercal8 makes advanced load control easier to integrate, faster to deploy, and more impactful for energy and power savings.
ICL8-PC548
Integrated Power Manager for Resilient Systems
The ICL8-PC548 is the singular power management solution essential for ensuring the robust operation of your DC or AC systems. Featuring 1500V isolated power and dual digital interfaces, each equipped with dual ports, the PC548 delivers unmatched flexibility for critical system control.
Beyond simple reset and power-off capabilities, this sophisticated unit offers comprehensive DC system monitoring, including vital heartbeat monitoring to continuously assess system health. It actively supports system reset upon failure prediction, proactively mitigating downtime and enhancing reliability.
Integrated dual-input ideal diodes facilitate seamless power handover and auxiliary power ORing functions, preserving absolute power integrity and eliminating disruptive power cycling. When combined with its onboard relays configured for make-before-break operation, the ICL8-PC548 ensures uninterrupted power transitions and unparalleled system resilience. Trust the PC548 to confidently manage and protect your most critical DC infrastructure.
ICL8-LC574
40A Electronic Virtual Circuit Breaker with Load Shedding
The ICL8-LC574 is an advanced 4-channel high-current electronic circuit breaker engineered for power distribution and management, featuring integrated load shedding capabilities. This versatile unit serves as a robust power distribution hub, accommodating configurations such as one 3-phase + neutral (3P + 1N), two L1-L2 240V split phases, or four individual single-phase lines.
The LC574 offers precise AC and DC current measurement across all channels, establishing a critical first line of defense against tripped main panel circuit breakers. By allowing users to set individual current limits on each channel (typically 10% below the associated upstream breaker), it proactively prevents nuisance trips and enhances system stability.
Beyond individual channel control, the LC574 enables the configuration of a total power limit across the entire bank of circuits. In the event of an overload, its intelligent load shedding mechanism automatically opens the lowest-priority circuit, ensuring continuous operation of critical loads. Each channel can be assigned a custom priority, providing granular control over power allocation.
Note: The ICL8-LC574 is designed to enhance power management and protection but is not a safety device intended to replace circuit breakers mandated by the National Electrical Code (NEC).
ICL8-TM116
Precision AI-Enabled Thermal Monitoring
The ICL8-TM116 is a precision, AI-enabled temperature monitoring and transmitter system engineered for uncompromising performance across critical thermal management applications.
Designed with unrivaled accuracy and reliability at its core, the ICL8-TM116 seamlessly integrates into diverse environments, including BESS thermal monitoring, battery pack thermal characterization, data center energy storage and power distribution systems, thermal monitoring in chemical storage and distribution, monitoring of TATS materials, precision thermal analysis using NTC and PTC thermistors, and demanding industrial, automotive, and scientific applications.
Leveraging our pioneering temperature measurement and advanced AI-monitoring technology, the ICL8-TM116 delivers more than just data. It provides critical predictive and prescriptive insights, proactively minimizing the need for expensive peripheral system components and ensuring optimal operational integrity.
With the ICL8-TM116, you gain unwavering confidence in your thermal measurement and management, transforming raw data into actionable intelligence.